Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q7271234> ?p ?o }
Showing triples 1 to 18 of
18
with 100 triples per page.
- Q7271234 subject Q6151722.
- Q7271234 subject Q6967946.
- Q7271234 subject Q8227613.
- Q7271234 subject Q8723465.
- Q7271234 subject Q8913594.
- Q7271234 abstract "In pollution scrubbers, sometimes hot exhaust gas is quenched, or cooled by water sprays, before entering the scrubber proper. Hot gases (those above ambient temperature) are often cooled to near the saturation level. If not cooled, the hot gas stream can evaporate a large portion of the scrubbing liquor, adversely affecting collection efficiency and damaging scrubber internal parts. If the gases entering the scrubber are too hot, some liquid droplets may evaporate before they have a chance to contact pollutants in the exhaust stream, and others may evaporate after contact, causing captured particles to become reentrained. In some cases, quenching can actually save money. Cooling the gases reduces the temperature and, therefore, the volume of gases, permitting the use of less expensive construction materials and a smaller scrubber vessel and fan.".
- Q7271234 wikiPageWikiLink Q178828.
- Q7271234 wikiPageWikiLink Q19829510.
- Q7271234 wikiPageWikiLink Q2488837.
- Q7271234 wikiPageWikiLink Q3533616.
- Q7271234 wikiPageWikiLink Q6151722.
- Q7271234 wikiPageWikiLink Q6967946.
- Q7271234 wikiPageWikiLink Q8227613.
- Q7271234 wikiPageWikiLink Q8723465.
- Q7271234 wikiPageWikiLink Q8913594.
- Q7271234 wikiPageWikiLink Q943331.
- Q7271234 comment "In pollution scrubbers, sometimes hot exhaust gas is quenched, or cooled by water sprays, before entering the scrubber proper. Hot gases (those above ambient temperature) are often cooled to near the saturation level. If not cooled, the hot gas stream can evaporate a large portion of the scrubbing liquor, adversely affecting collection efficiency and damaging scrubber internal parts.".
- Q7271234 label "Quenching (scrubber)".